Our engineers have extensive experience in evaluating the water resources of basins, assessing hydrometric and meteorological behavior in its spatial and temporal variability. We assist our clients with water balance analyses that promote good water use practices and better ecosystem management.
We specialize in understanding the water cycle within a local or regional basin, analyzing its meteorological variability due to climate change so that our clients can better understand, predict, and manage water resources. We guide our clients in decision-making by identifying zones and periods of floods and droughts, designing effective drainage systems and hydraulic structures to mitigate risks.
Our hydrologists design hydrological monitoring systems that measure the impact of interventions within basins. We analyze hydrometeorological data from ground-based meteorological stations and remote sensing to understand the hydrological cycle, identifying trends that enhance our clients’ decision-making efficiency.
Our engineers have extensive experience in studying groundwater, identifying its movement, physicochemical characteristics, deposit forms, and interaction with porous media to optimize its use, evacuation, and replenishment according to local and international regulations. We guide our clients in best practices to avoid contamination and overexploitation of aquifers, increasing available water resources. Our studies cover geophysical prospecting, hydro-chemical analysis, and applying technologies in well construction and pumping systems. We conduct aquifer hydraulic tests, such as pumping tests, slug tests, and packer tests, aiding in interpreting the results to determine aquifer hydraulic characteristics for more accurate hydrogeological models.
Our specialist engineers develop hydrogeological models for a better conceptual and numerical understanding of groundwater flow and transport behavior over space and time using various software. Together with our clients, we interpret the results to help optimize decision-making during the design of their underground constructions. Our studies include contaminant transport to ensure the long-term preservation of groundwater.
We have specialist engineers in the design of pumping and injection wells with their electromechanical accessories, piezometers or observation wells, horizontal drains for slope depressurization, and sub-drains for soil base stability.
We design hydraulic structures for groundwater extraction and evacuation, including fixed and floating pumping stations and pumping lines. This includes drainage plans for pit lakes. Our staff comprises engineers specialized in designing various hydraulic structures for capturing, evacuating, and controlling surface water, ensuring minimal disturbance during the operational phases of projects and guaranteeing the best economic management for our clients’ projects.
Our engineers have extensive experience in evaluating the water resources of basins, assessing hydrometric and meteorological behavior in its spatial and temporal variability. We assist our clients with water balance analyses that promote good water use practices and better ecosystem management.We are specialists in identifying the sources of water income and expenditure in the water basin system, identifying quantifiable indicators that guarantee the good use of water, satisfaction of demand and that the ecosystem remains in balance in the short and long term. We help our clients assemble water balance simulation models with various software to streamline the management of water resources in the mining, oil, energy, agro-industrial, etc. sectors. We have experience in water balances in water reservoirs, tailings dams, underground mines, open pits, etc.Our engineers have extensive experience in evaluating the water resources of basins, assessing hydrometric and meteorological behavior in its spatial and temporal variability. We assist our clients with water balance analyses that promote good water use practices and better ecosystem management.